ROTATEK provides on-site laser tracker services, industrial alignment and dimensional metrology solutions for applications and industries worldwide including 3D alignment, large part inspections, surface mapping, flatness measurements, equipment installation, layout, leveling, geometric dimensioning and tolerancing for power, marine, manufacturing and more.
Our experienced field service service engineers utilize state-of-the-art Leica and FARO Vantage laser trackers enabling us to measure quickly, accurately and precisely.
A detailed graphical measurement report is supplied with all precision measurement services.
Our commitment to excellence paired with our state-of-the-art measurement capabilities makes ROTATEK your trusted precision service partner.
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ROTATEK offers a complete range of advanced laser tracker 3D alignment and precision measurement services for industrial alignment applications and industries worldwide including equipment alignment, large part inspections, surface mapping, flatness measurements, installation, layout and leveling.
LEVELNESS AND FLATNESS
Levelness and flatness measurements are crucial for ensuring that mounting surfaces are at the correct elevation and co-planar. This is vital in applications such as foundation installations and the alignment of large machinery soleplates and bases.
SURFACE MAPPING
Surface mapping involves creating a detailed map of a surface to identify irregularities, deformations and deviations from the desired specifications. This is important in applications where surface quality is critical, such as in power generation, aerospace, shipbuilding, manufacturing and more.
INSTALLATIONS
Precision measurement services are often employed during the installation of new equipment or systems to ensure that they are positioned correctly and function optimally.
Laser trackers operate by measuring two angles and a distance. The tracker sends a laser beam to a retroreflective target held against the object being measured. As light is reflected off the target, it bounced back and re-enters the tracker at the same position it left and is measured by a distance meter, measuring the distance between the tracker and target.
The target returns the reflected laser beam parallel but offset back to the tracker where it hits the position detector, which calculates the offset between the outgoing and incoming beam. Servo motors continuously (thousands of times per second) steer the tracker’s head to minimize the offset between the two beams, resulting in high-speed, dynamic measurements.